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1. In the circuit shown in the figure, R1 = 93 ohm RI SOU2 10052 0. SA 100 uF Figure 1: Figure 1 (a) What are in(t = 0-), iL(t = 0+) and in(t = 0)? (b) What are vr (t = 0-), vL(t = 0+) and vL(t = 0)? (c) What are ic(t = 0-), ic(t = 0+) and ic(t = 0)? (d) What are vc(t = 0-), vc(t = 0+) and vc(t = o)? (e) What are iR(t = 0-), in(t = 0+) and ir(t = x)? %3D %3D (f) What are vR(t 0-), vR(t = 0+) and vR(t= ox)?

1. In the circuit shown in the figure, R1 = 93 ohm RI SOU2 10052 0. SA 100 uF Figure 1: Figure 1 (a) What are in(t = 0-), iL(t = 0+) and in(t = 0)? (b) What are vr (t = 0-), vL(t = 0+) and vL(t = 0)? (c) What are ic(t = 0-), ic(t = 0+) and ic(t = 0)? (d) What are vc(t = 0-), vc(t = 0+) and vc(t = o)? (e) What are iR(t = 0-), in(t = 0+) and ir(t = x)? %3D %3D (f) What are vR(t 0-), vR(t = 0+) and vR(t= ox)?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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1. In the circuit shown in the figure, R1 = 93 ohm RI SOU2 16052 0 SA 100 uF SomH U. Figure 1: Figure 1 (a) What are in(t = 0-), iL(t = 0+) and iL (t = 00)? (b) What are vr (t = 0-), vL(t = 0+) and vL(t = 0)? (c) What are ic(t = 0-), ic(t = 0+) and ic(t = 0)? (d) What are vc(t = 0-), vc(t = 0+) and vc(t = 0)? (e) What are iR(t = 0-), ir(t = 0+) and ir(t = 0)? %3D %3D (f) What are vR(t = 0-), vR(t = +) and vR(t = ox)?
Transcribed Image Text:1. In the circuit shown in the figure, R1 = 93 ohm RI SOU2 16052 0 SA 100 uF SomH U. Figure 1: Figure 1 (a) What are in(t = 0-), iL(t = 0+) and iL (t = 00)? (b) What are vr (t = 0-), vL(t = 0+) and vL(t = 0)? (c) What are ic(t = 0-), ic(t = 0+) and ic(t = 0)? (d) What are vc(t = 0-), vc(t = 0+) and vc(t = 0)? (e) What are iR(t = 0-), ir(t = 0+) and ir(t = 0)? %3D %3D (f) What are vR(t = 0-), vR(t = +) and vR(t = ox)?
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